Industrial Energy Storage
Products Description
Our industrial energy storage system is a modular energy storage solution designed for manufacturing enterprises, data centers, industrial parks, integrated photovoltaic-storage-charging systems, power regulation stations, and other scenarios.
Through high-performance battery cells, structured thermal management design, intelligent BMS control, and system-level integrated manufacturing, it achieves long-term stable operation, rapid deployment, and flexible expansion, meeting the energy needs of users of different sizes.
Its core values include:
Industrial Continuity Assurance: Provides stable power output, reducing production risks caused by power outages and fluctuations.
Peak Shaving and Valley Filling to Reduce Costs: Optimizes electricity consumption structure, significantly reducing peak-hour electricity costs.
Multi-Source Energy Integration: Adaptable to various distributed energy sources such as photovoltaics and wind power.
Intelligent Energy Management: Supports remote scheduling, data analysis, and strategic energy use.
Manufacturing Process: Industrial-grade system integration process, creating high-quality energy storage solutions for large-scale production
Core Component Selection and Testing
Selecting core components such as energy storage batteries, PCS inverters, and BMS that meet industrial standards, and conducting cycle life, conversion efficiency, and weather resistance tests on each component. Unqualified components are directly discarded to ensure component consistency.
Energy Storage Unit Prefabrication
Integrating battery modules, PCS, and BMS into standardized cabinets/containers according to the design plan, including internal wiring, sealing, and safety device installation. Wiring follows industrial-grade wiring standards, and interfaces are treated for corrosion and loosening prevention.
Unit-Level Testing
Performing charge-discharge cycle tests (3 full charge-discharge cycles), safety protection tests (thermal runaway simulation, short-circuit test), and communication integration tests on each energy storage unit to ensure unit performance meets standards.
System Integration and Debugging
Connecting multiple energy storage units in parallel to the EMS energy management platform for cluster collaborative control debugging, grid connection strategy optimization, and operation and maintenance system configuration to ensure system response speed and control accuracy meet industrial scenario requirements.
Design and Material Advantages: Born for Ultimate Performance and Safety
Multi-Dimensional Thermal Management Design
We combine high-efficiency liquid cooling and precise air cooling technologies. The liquid cooling system acts directly on the battery cells, ensuring temperature uniformity and fundamentally slowing down cell aging.
C-Shaped Integrated High-Strength Structure
The cabinet adopts a C-shaped profile integrated welding design, with structural strength far exceeding traditional spliced cabinets. It can effectively resist stress deformation during transportation and installation, protecting internal precision components.
Nanoscale Fireproof and Thermal Insulation Material
We fill the spaces between battery modules with advanced nanoscale aerogel thermal insulation material. This material can effectively block the spread of heat to adjacent modules in the event of thermal runaway in a single cell, controlling the accident at the smallest unit-a feat unmatched by traditional fireproof materials.
Key Functions: A Comprehensive Solution for Industrial Energy Management
Energy Cost Optimization
Maximizes the use of off-peak electricity rates through intelligent charging and discharging strategies, reducing enterprise electricity costs.
01
Emergency Backup Power
Battery energy storage provides a stable power supply during grid failures, ensuring the continuous operation of critical equipment.
02
Grid Ancillary Services
Participates in grid peak shaving and frequency regulation, creating additional revenue for enterprises.
03
Energy Quality Improvement
Smooths grid fluctuations, improves power quality, and protects industrial equipment.
04
Carbon Emission Management
Optimizes energy use, reduces carbon emissions, and helps enterprises achieve carbon neutrality goals.
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